Product Catalogue Updated: Q3 - 2018PT. Centra Rekayasa Enviro Waste Water Treatment Plant Pipeline Composite Repair Online Monitoring System Pipeline Repair Clamp Air Pollution Control Solvent DistillationEngineering Solutions for Our Environment, Industry and Community Water MakerProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018 Filter Press IncineratorPage 1 of 99 Burner
CUSTOM SOLUTIONS ENGINEERING AND FABRICATION SERVICESCustomized solutions designed per We can assist your organization to develop a sustainable andcustomer specific challenge and practical engineering and fabrication service which could makeproblems. The goal is to make improvement program that will deliver real change within andcustomer success and compliance improve how resources are managed.achieved. WASTE EQUIPMENT FABRICATION SERVICESPROJECT SOLUTIONS With the fabrication as one of our service, we provide theProvision of staffing and experts for following solutions for Environmental and Wastespecial project. Together in Engineering solutions:collaboration with the customer toachieve the project goal and Waste Water Treatment Plant (WWTP) using latestcustomer success. technology such as Electrocoagulation (EC), Carbon Filter, Reverse Osmosis, Bacterial and Chemical Treatment etcCONSULTING SERVICESWe provide integrated waste Incinerator Fabrication and Installation including it’smanagement consulting services operation and maintenance services.to a wide range of industrial,commercial and institutional Shredder and Crusherclients that typically generatemultiple waste streams and Column Distillationinclude more specialized wastes. WASTE OPTIMIZATIONPIPELINE INTEGRITY Identify source reduction opportunities.CR-Enviro provides pipeline Assess effectiveness of current systems to improveintegrity services such as efficiency of waste management system.composite repairs, repair clamps, Obtain detailed data on waste generation allowingonline leak sealing, etc more accurate product costing. Waste to Energy – Independent Power Plant.ERP MANAGEMENT SYSTEMWe provide integrated Enterprise Our experience in implementing and managing recycling andResources Management (ERP) waste reduction programs places us in the unique position ofSystem customization and understanding the different types of services available to meet ourimplementation. clients specialized needs. We marry the needs and requirement of our clients with the strengths and abilities of the various service providers. PIPELINE INTEGRITY PT. Centra Rekayasa Enviro also provide Pipeline Integrity Services to our pipeline customer which focusing on operation, inspection and maintenance of critical pipelines. Mostly our services involve in the operation and maintenance of critical piping and pipelines system in the upstream, midstream and downstream activity. We provide product and services for pipeline maintenance such as emergency repair clamp and composite repair technology for all of our pipeline customer.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 1 of 99
PRINCIPAL AND INTERNATIONAL PARTNERSCR-Enviro is working intensively with the below principal – international partner and havecommitted to create a long term mutual relationship.Below is several product and services from our international principal: Pipe Wrap Milliken Infrastructure of USA - the world’s leading manufacturer of permanent and temporary composite pipe repair solutions. Together with Pipe Wrap USA, CR-Enviro is appointed as distributor to handle the Indonesian market to provide innovative solutions for permanent and temporary composite pipe repair solutions. Website: http://cr-enviro.com/our-product/pipeline-integrity/composite-repair/ Olympia Kogyou of Japan - Olympia Kogyo Co,.Ltd. is a pioneer manufacturer of Burner in Japan. Achievement of Japanese No.1 sales result for Gas Burner. Oil Burner is produced over 400,000 units as accumulation of sales result. CR-Enviro is currently appointed as distributor of the product for Indonesia area including its aftermarket services. Website: http://cr-enviro.com/our-product/burner/ Ray Agua of Spain – Ray Agua developed a new technology that transforms the atmospheric humidity to drinking water by its AQUAIR units with reduced power consumption and low maintenance cost. RAY AGUA provides custom made water source with unlimited capacity of drinking water generation, thanks to the modularity of its universal units. RAY AGUA designs and manufactures two modular formats: AQ250 able to produce up to 260 liters at day and AQ5000 able to generate 8,400 liters of drinking water per day. CR-Enviro is currently appointed as distributor of the product for Indonesia area including its aftermarket services. Website: http://cr-enviro.com/our- product/water-maker/ Multisensor Systems Ltd of United Kingdom (UK) - Multisensor Systems is a developer and supplier of Environmental, Water and Air Monitoring instruments based in the United Kingdom. Our products are designed and built to the highest quality standards. CR-Enviro is currently appointed as distributor of the product for Indonesia area including its aftermarket services. Website: http://cr-enviro.com/our-product/online- monitoring-system/ ERPNext of India – ERPNext is an ERP Software that helps you take full control of your business. ERPNext is both powerful and easy to use. CR-Enviro provide installation, implementation, customization and consulting for ERPNext in Indonesia. Website: http://cr-enviro.com/our-services/erp-management-system/For all related product and services inquiries, simply send an email to [email protected] and our sales and marketing team will be communicating with you directly.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 2 of 99
Product Catalogue Last Updated: Q3 - 2018Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 3 of 99
Our Broad Product Portfolio: Air Pollution Control (APC) o Cyclonic Separation o Cyclonic Spray Water Scrubber o Selective Non-Catalytic Reduction (SNCR) Liquid Waste Treatment o Waste Water Treatment Electrocoagulation Waste Water Treatment Plant EC Mobile Container Unit Electrocoagulation Rental Biological Waste Water Treatment Plant Aksesoris IPAL IPAL Bio Maxx IPAL-Maxibioreactor Clarifier Filter Press o Water Treatment Plant Reverse Osmosis Ultra Filtration o Solvent Distillation Online Monitoring System o Ammonia in Waste Water o Oil and Hydrocarbon in Water o Total Trihalomethane (THM) Concentration Monitoring System o VOC Gas Monitoring System Solid Waste Treatment o Ferrous and Non Ferrous Smelting Equipment o Incinerator o Recovery Spent Bleaching Earth (SBE) Gaseous Waste Treatment o Vacuum Mercury Absorption Machine Renewable Energy o Waste to Energy – Municipal Solid Waste Incineration Independent Power Plant o Solar Panel Pipeline Integrity o Pipe Repair Clamp o Pipeline Composite Repair Abrasion Resistant Coating™ (ARC) Active Leak Repair Kit™ (ALRK™) Emergency Pipe Repair Kit (EPRK™) LeakStop™ Pipe Sock™ Pipe Wrap A+Wrap™ Pipe Wrap Atlas™ Pipe Wrap FormaShield® Pipe Wrap PolyBrute™ PE Pipe Repair Pipe Wrap® SplashGard™ Water Maker o Aquair Burner o Gas Burner o Oil BurnerEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 4 of 99
Air Pollution Control (APC) o Cyclonic Separation o Cyclonic Spray Water Scrubber o Selective Non-Catalytic Reduction (SNCR)The services offered by Centra Rekayasa Enviro in this area for handling gaseousemissions over particulate matter and pollutants like SO2, HCl, HF, Hydrocarbons,Mercaptans, H2S, Cl2, Oxides of Nitrogen, Acid Mists, Fine Aerosols etc.Type of Air Pollution Control that we can design, fabricate and install includes: 1. Cyclonic Separation 2. Cyclonic Spray Water Scrubber 3. Selective Non-Catalytic Reduction (SNCR)PT. Centra Rekayasa Enviro is one of the fabricator which provides air pollutioncontrol system from design, fabrication and installation.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 5 of 99
Air Pollution Control (APC) Cyclonic Separation A cyclonic separation is a method of removing particulates from an air, gas or liquid stream, without the use of filters, through vortex separation. When removing particulate matter from liquids, a hydrocyclone is used; while from gas, a gas cyclone is used. Rotational effects and gravity are used to separate mixtures of solids and fluids. The method can also be used to separate fine droplets of liquid from a gaseous stream. A high speed rotating (air)flow is established within a cylindrical or conical container called a cyclone. Air flows in a helical pattern, beginning at the top (wide end) of the cyclone and ending at the bottom (narrow) end before exiting the cyclone in a straight stream through the center of the cyclone and out the top. Larger (denser) particles in the rotating stream have too much inertia to follow the tight curve of the stream, and strike the outside wall, then fall to the bottom of the cyclone where they can be removed. In a conical system, as the rotating flow moves towards the narrow end of the cyclone, the rotational radius of the stream is reduced, thus separating smaller and smaller particles. The cyclone geometry, together with volumetric flow rate, defines the cut point of the cyclone. This is the size of particle that will be removed from the stream with a 50% efficiency. Particles larger than the cut point will be removed with a greater efficiency, and smaller particles with a lower efficiency as they separate with more difficulty or can be subject to re-entrainment when the air vortex reverses direction to move in direction of the outlet. Airflow diagram for Aerodyne cyclone in standard vertical position. Secondary air flow is injected to reduce wall abrasion. Airflow diagram for Aerodyne cyclone in horizontal position, an alternate design. Secondary air flow is injected to reduce wall abrasion, and to help move collected particulates to hopper for extraction. An alternative cyclone design uses a secondary air flow within the cyclone to keep the collected particles from striking the walls, to protect them from abrasion. The primary air flow containing the particulates enters from the bottom of the cyclone and is forced into spiral rotation by stationary spinner vanes. The secondary air flow enters from the top of the cyclone and moves downward toward the bottom, intercepting the particulate from the primary air. The secondary air flow also allows the collector to optionally be mounted horizontally, because it pushes the particulate toward the collection area, and does not rely solely on gravity to perform this function. Large scale cyclones are used in sawmills to remove sawdust from extracted air. Cyclones are also used in oil refineries to separate oils and gases, and in the cement industry as components of kiln preheaters. Cyclones are increasingly used in the household, as the core technology in bagless types of portable vacuum cleaners and central vacuum cleaners. Cyclones are also used in industrial and professional kitchen ventilation for separating the grease from the exhaust air in extraction hoods. Smaller cyclones are used to separate airborne particles for analysis. Some are small enough to be worn clipped to clothing, and are used to separate respirable particles for later analysis. Similar separators are used in the oil refining industry (e.g. for Fluid catalytic cracking) to achieve fast separation of the catalyst particles from the reacting gases and vapors. CR-Enviro provides engineering design, fabrication, installation, operation & maintenance of cyclonic separation.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 6 of 99
Air Pollution Control (APC) Cyclonic Spray Water Scrubber Cyclonic spray scrubbers are an air pollution control technology. They use the features of both the dry cyclone and the spray chamber to remove pollutants from gas streams. Generally, the inlet gas enters the chamber tangentially, swirls through the chamber in a corkscrew motion, and exits. At the same time, liquid is sprayed inside the chamber. As the gas swirls around the chamber, pollutants are removed when they impact on liquid droplets, are thrown to the walls, and washed back down and out. Cyclonic scrubbers are generally low- to medium- energy devices, with pressure drops of 4 to 25 cm (1.5 to 10 in) of water. Commercially available designs include the irrigated cyclone scrubber and the cyclonic spray scrubber. In the irrigated cyclone as shown on the picture above, the inlet gas enters near the top of the scrubber into the water sprays. The gas is forced to swirl downward, then change directions, and return upward in a tighter spiral. The liquid droplets produced capture the pollutants, are eventually thrown to the side walls, and carried out of the collector. The “cleaned” gas leaves through the top of the chamber. The cyclonic spray scrubber forces the inlet gas up through the chamber from a bottom tangential entry. Liquid sprayed from nozzles on a center post (manifold) is directed toward the chamber walls and through the swirling gas. As in the irrigated cyclone, liquid captures the pollutant, is forced to the walls, and washes out. The “cleaned” gas continues upward, exiting through the straightening vanes at the top of the chamber. This type of technology is a part of the group of air pollution controls collectively referred to as wet scrubbers. CR-Enviro provides engineering design, fabrication, installation, operation & maintenance of cyclonic spray water scrubber.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 7 of 99
Air Pollution Control (APC) Selective Non-Catalytic Reduction (SNCR) Selective non-catalytic reduction (SNCR) is a method to lessen nitrogen oxide emissions in conventional power plants that burn biomass, waste and coal. The process involves injecting either ammonia or urea into the firebox of the boiler at a location where the flue gas is between 1,400 and 2,000 °F (760 and 1,090 °C) to react with the nitrogen oxides formed in the combustion process. The resulting product of the chemical redox reaction is molecular nitrogen (N2), carbon dioxide (CO2), and water (H2O). Urea (NH2CONH2) is easier to handle and store than the more dangerous ammonia (NH3). In the process it reacts like ammonia: NH2CONH2 + H2O -> 2NH3 + CO2 The reduction happens according to (simplified) 4 NO + 4 NH3 + O2 -> 4 N2 + 6 H2O The reaction mechanism itself involves NH2 radicals that attach to NO and then decompose. The reaction requires a sufficient reaction time within a certain temperature range, typically 1,400 and 2,000 °F (760 and 1,090 °C), to be effective. At lower temperatures the NO and the ammonia do not react. Ammonia that has not reacted is called ammonia slip and is undesirable, as the ammonia can react with other combustion species, such as sulfur trioxide (SO3), to form ammonium salts. At temperatures above 1093 °C ammonia decomposes: 4 NH3 + 5 O2 -> 4 NO + 6 H2O In that case NO is created instead of removed. A further complication is mixing. In general, more NO will form in the center and less near the walls, as the walls are cooler than the center. Thus, more ammonia must find its way to the center and less near the walls, otherwise NO in the center meets insufficient ammonia for reduction and excess ammonia near the walls slips through.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 8 of 99
Though in theory selective non-catalytic reduction can achieve the same efficiency of about 90% as selective catalytic reduction (SCR), these practical constraints of temperature, time, and mixing often lead to worse results in practice. However, selective non-catalytic reduction has an economical advantage over selective catalytic reduction, as the cost of the catalyst is not there. The SNCR process involves injecting a reagent into the flue gas in the appropriate temperature window. The reagent reacts with NOx to form harmless nitrogen and water. The design, arrangement, and location of the reagent injectors are critical to the performance of the SNCR system. Our advanced technology utilizes variable droplet size control and automatic titling based on furnace temperature, to enhance the NOx reduction performance. Benefits 1. Low Total Cost of Ownership 2. High-efficiency NOx removal, providing 30%-40% reduction 3. Long life system, extending the burner lifetime 4. Energy efficient 5. Low energy consumption, ranging from 20-40kW 6. Easy to retrofit with minimal downtime Features 1. No by-products for disposal 2. Controls ammonia slip 3. Reagent storage tanks 4. Pumping and flow control 5. Reagent injection system 6. Boiler control interface and tuning CR-Enviro provides engineering design, fabrication, installation, operation & maintenance of Selective Non-Catalytic Reduction (SNCR).Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 9 of 99
Liquid Waste Treatment o Waste Water Treatment Electrocoagulation Waste Water Treatment Plant Clarifier Filter Press o Water Treatment Plant Ultra Filtration o Solvent Distillation PT. Centra Rekayasa Enviro is one of the fabricator which provides waste water treatment plant system from design, fabrication and installation.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 10 of 99
Liquid Waste TreatmentElectrocoagulation Waste Water Treatment Plant Electrocoagulation (EC), also known as short wave electrolysis, is a technique used for water treatment, wastewater treatment, industrial process water, and hospital wastewater. Electricity-based electrocoagulation technology is used to remove contaminants that are less efficient at filtering, microbiology or processing system with chemicals, such as oil emulsion, hydrocarbons from petroleum, suspended solids, and heavy metals without the use of chemicals. The working principle of electro coagulation (EC) is the process of destabilizing suspended and emulsified contaminants in solution media using electric current. EC advantages:- Less processing fee (monthly cost)- Land required is relatively small- The execution / use very simple tools- There is virtually no need of Chemical materials- Able to process various types of liquid waste- Less sludge generated from the process- Risk of workmanship is very small- Faster processing timeEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 11 of 99
Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 12 of 99
Liquid Waste TreatmentClarifier Clarifiers are settling tanks built with mechanical means for continuous removal of solids being deposited by sedimentation. A clarifier is generally used to remove solid particulates or suspended solids from liquid for clarification and (or) thickening. Concentrated impurities, discharged from thebottom of the tank are known as sludge, while the particlesthat float to the surface of the liquid are called scum.Sedimentation has been the mainstay process for solid-liquidseparation in the wastewater industry since its inception. CR-Enviro expertise in sedimentation and decades of experiencein the field have produced an extensive range of clarifiers thatare the most reliable and innovative in the market. As eachplant has specific needs, CR-Enviro can recommend andprovide reliable, robust mechanisms to ensure optimalperformance for any given application.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 13 of 99
Liquid Waste Treatment Filter Press Filter press is a Sludge Dewatering System which Enforced Process Water In The Sludge (Mud) Originating from WWTP (IPAL) up to 45%. Filter Press unit is a process of separation or Solid- Liquid separation by using pressure. With such pressure, after the sludge entered the Filter Press system, it will separated between the solid and liquid part. Sludge or slurry inside the tank containers will be suck up using a pump. The sludge (cake) or solids containing the low moisture content and the filtrate namely liquid already separated from the solid. Filter Press operates on a pressure between 3-6 Bar and even at highest pressure up to 6-12 Bar if required. To get the maximum sludge, we can utilize air compressor used for drying process of the sludge cake which is generated by the Filter Press. As an engineering unit, a solid-liquid separator such as Filter Press can be operated manually, semi automatic and fully automatic. Filter Press system operates in batch or cycle system. One cycle will be different to all types of sludge. Applications of Filter Press in Various Fields of Industry: - Chemical : Dyestuff, Pigment, Carbon, etc - Metallurgy & Coal : Mineral Separation & Coal Washing - Petroleum : Dewaxing (Light Oil, Sesame Oil, etc) - Foods : Spice, Drink Vegetable, Beer Yeast, etc - Pharmacy : Organic Phosphorous, Carbohydrates, etc - Potter Clay : Kaolin, Granite Powder, Porcelain Clay, etc - Sewage : Domestic Sewage, Pharmaceutical Sewage, Chemical SewageEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 14 of 99
Liquid Waste Treatment Water Treatment Plant – Ultra Filtration We fabricate ultrafiltration (UF) machine in accordance with the customer needs and requirement. The UF machine is mostly used for: - Waste Water Treatment - Electro-Plating treatment - Drinking Water Industry - Water Purification for Hotels, Apartment, Housing, etc - Industrial requirement CR-Enviro can provide the UF machine as per customer requirement.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 15 of 99
Liquid Waste Treatment Solvent Distillation Solvent distillation waste processing is to perform the recovery of the product wastes using a solvent distillation system. Solvent of the waste containing solvents contaminated with impurities solution, such as oil, water, coolant, paint, mud, and others. If the waste solvent is more than one type of solvent, then in the treatment process will takes several steps that depends on the number and Boiling Point of the solvent respectively. For example, if the solvent contained in the Alcohol and Toluene waste, then the first phase of the heating process using a maximum temperature of 70 oC. When completed, improved heating process can be up to a maximum of 111 oC. The second phase will be obtained the Alcohol and Toluene which has been separated. As for separating the solvent mixture towards the contaminant simultaneously (one stage) will required to use the fractional distillation system. However, it should be noted that with this equipment, we are able to separate the solvent mixture with impurities to be used again as a solvent in the fulfillment of their daily activities, for example a paint thinner, engine cleaner, etc. DESCRIPTION OF THE PROCESS Basically, the distillation is a method of chemical solution separation by using the difference in speed or ease of evaporation (volatility) or also defined a separation techniques of chemicals solutions based on the differences in boiling point. In the process of distillation, the solution mixture is boiled so that it becomes steam, then steam is cooled back up into the liquid phase. Substances that have a lower boiling point will evaporate first, and substances that have a higher boiling point will condenses and evaporates when it reaches boiling point. The concept of this separation that we will apply to separate the impurities in the solvent distillation equipment. CR-Enviro is able to design, fabricate and install solvent distillation machine as per customer requirement.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 16 of 99
Online Monitoring System In partnership with our principal Multisensor System Ltd, we provide the following equipment for online monitoring system: Ammonia in Waste Water Oil and Hydrocarbon in Water Total Trihalomethane (THM) Concentration Monitoring System VOC Gas Monitoring SystemEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 17 of 99
MS3500 Ammonia Monitor System for Waste WaterProduct DescriptionThe MS3500 is an Ammonia Monitor designed tomeasure Ammonia in treated and untreatedWaste Water.It provides on-line, real time monitoring forprocess control, environmental protection and theprotection of plant in water treatment facilities.The use of a non-contact measurement systemvirtually eliminates fouling, corrosion of probesand sensitivity to water conditions. The MS3500provides low cost of ownership through highreliability together with long servicing andvalidation periods.The MS3500 combines innovative sensor andinstrumentation engineering with proven samplingtechniques to provide a reliable and efficientsystem for measuring Ammonia in the harshestconditions.Supplied in a robust enclosure the MS3500 can bedeployed on site with minimum preparation andno need for a protection from the environment.Applications Benefits Raw Waste Water Flows Energy reduction through accurate Waste Water Treatment Process Control process control Treated Waste Water Discharge Reduced use of chemicals Low maintenance costs monitoring High reliability Sludge de-watering Ammonia measurementEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 18 of 99
BACKGROUNDThe Multisensor Systems MS3500-01 is a non-contact system for measuring Ammonia levels in themost arduous of conditions at the head of a waste water treatment facility. Its intended applicationsare to provide data for process control, with resultant reductions in energy and chemicals neededfor treatment, to allow monitoring of the re-circulation of high Ammonia loads and in processmonitoring.The system comprises a sampling chamber filled by a vacuum pump, a sensor head, pneumatics andan instrument which provides the user interfaces, communications and control functionality.The system is enclosed in a temperature controlled enclosure which can be positioned outsidewithout further components or cost.PRINCIPLE OF OPERATIONThe principle of operation is the measurement of headspace gases from a sample tank containingthe waste water to be measured.The MS3500 works by passing water through a sample tank as shown below. Sodium Hydroxide(NaOH) is added to increase the pH of the waste water, converting NH4+ to Ammonia. Through theuse of Henry’s Law the concentration of gases in the headspace is proportional to the concentrationof the substance in the water. The Ammonia and other volatiles in the waste water will pass into theheadspace above the waste water where it will be trapped. This will continue until equilibrium isreached.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 19 of 99
A sample of the headspace gases are then passed across sensors in the MS3500 sensor head whichrespond to the Ammonia in the headspace but reject other contaminants. This response is thenanalysed by the instrument and a concentration value is generated based upon the relationshipbetween the concentration present in the headspace and that in the water.CALIBRATIONFor the detailed calibration technique see MS3500 Operation and Maintenance Manual. Thetechnique is to present standards of Ammonia in water to the instrument. Calibration is then doneeither automatically by the instrument or can be done manually.Validation of systems in the field is achieved using the Multisensor Validation Kit which presents astandard concentration to the instrument.TYPICAL PERFORMANCE from 06/12 to 14/12 Lab results MS350070605040302010 0 13.12.17 14.12.1712.12.17 Typical response compared to measurement from a certified laboratory.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 20 of 99
KEY PERFORMANCE PARAMETERS Parameter Operational Requirements Notes Minimum MaximumPower 90V AC 240V AC 50Hz or 60HzPower Consumption at 20C 70Woperating tempPower Consumption at 5C 250W Includes heateroperating temp In still airSample lift height 6m User selectable. High concentrations may limit the minimum time period allowedWorking Temp: Ambient -10C 50C 60 minute samplingWorking Temp: Water 1C 50CSampling Period 30mins 60minsSystem Enclosure Glass Reinforced PlasticNaOH Consumption 30l/year Parameter Performance Limits NotesDetection range Minimum Maximum Scalable to range required, max load 900RRepeatability Continuous. Opto-isolated.Analogue Output 1ppm 200ppm WiFi, 4G, Bluetooth also availableAnalogue Output Isolation 2x, Alarm 1 and Alarm 2 Relays with NO andDigital Interfaces -2% +2% NC contactsRelay VoltageRelay Current 4mA 20mA Option: Mounted on frameWeightDimensions 400V Profibus, Modbus 50V 5A 25kg 750 x 750 x 350mmEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 21 of 99
MS1200 Hydrocarbon MonitorProduct DescriptionThe MS1200 is a VOC / Hydrocarbon Concentration Monitordesigned for measuring gases in drains and outflows fromindustrial facilities.It senses gases or volatiles providing a measurement systemwhich requires NO ADDITIONAL REAGENTS OR GASES andwith very low maintenance requirements.The MS1200 is accurate from <1 to 1,000 ppmconcentrations dependent upon the target gas and its widedynamic range allows it to be used in a wide variety ofenvironments.User programmable Alert thresholds can be set, connecting to relay outputs and to visibleindicators. This allows connection to other peripheral equipment such as isolation valves, pumpsor samplers.Applications Monitoring of drains and effluent discharges Detection of explosive gases Oil and Fuel Leak Detection Odour Control Land RemediationBenefits Low maintenance costs High reliability No reagents Field proven technologyEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 22 of 99
The key performance parameters are shown below. Parameter Operational Requirements Notes Minimum Maximum 50Hz or 60Hz. 24V DC option available Typical 10W during operationPower 90V AC 240V AC Higher temperature available User selectable. High concentrations mayPower Consumption 15W limit the minimum time period allowedWorking Temp: Ambient 0C 50CSampling Period 10mins 120minsInstrument Case IP65, Coated Mild Steel Parameter Performance Limits NotesDetection range Minimum Maximum Measured against target gas standard. For calibration using selected compoundsAccuracy 1ppm 1000ppm contact Multisensor SystemsDisplay range (Default) 15ppm sample measured at 25CAnalogue Output -10% +10% Configurable on commissioningAnalogue Output Isolation Scalable to range required, max load 900RRelay Voltage 0ppm 1000ppm Continuous, Opto-isolatedRelay Current 2x, Alarm 1 and Alarm 2 Relays with NO andData Interface 4mA 20mA NC contacts. Threshold user programmable.Data Storage Using Multisensor Software providedWeight 400V Instrument lifetime data storedDimensions Including PVC backboard 50V Mounted on PVC backboard 5A USB µSD Card 11kg 570 x 490 x 222mmEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 23 of 99
An additional air sampling pump may be required dependent upon sampling conditions. Please consult Multisensorsystems for more details.Typical Target Gases and substances:Petroleum Gas Methane Iso ButaneKerosene EthanolDiesel Iso-butyleneToluene AcetoneXylene HeptaneBenzene Methyl MercaptanCalibration Period6 Months using Calibration Kit available from Multisensor SystemsConsumablesEvery 6 MonthsActive Carbon Air Filter ContentsDust Filter ElementEvery 24 MonthsAir PumpEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 24 of 99
MS1200 Oil in Water / Fuel in Water MonitorProduct DescriptionThe MS1200 is a VOC / Hydrocarbon ConcentrationMonitor designed for water supply protection, processcontrol and waste water outflow monitoring.It utilises a contactless measurement technique,sensing headspace gases or volatiles providing ameasurement system requiring NO REAGENTS OR GASESand with very low maintenance requirements.The MS1200 is accurate to low ppb concentrationsand its wide dynamic range allows it to be used in a widevariety of environments.Applications Protection of Surface Water Intakes Monitoring of Ground Water and Boreholes Oil and Fuel Leak Detection Water Treatment Process Monitoring Land RemediationBenefits Low maintenance costs High reliability No reagents Field proven technologyEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 25 of 99
BACKGROUNDThe Multisensor Systems MS1200-01 is a high sensitivity, broadband Monitor for Volatile OrganicCompounds (Also referred to as Oil in Water Monitor or Hydrocarbon Monitor). It is adapted forapplications in the water industry, measurement of industrial discharges and environmentalmanagement.PRINCIPLE OF OPERATIONThe principle of operation is the measurement of headspace gases from a sample tank containingthe water to be measured. Through the use of Henry’s Law the concentration of gases in theheadspace is proportional to the concentration of the substance in the water.Calibration of the instrument is done by presenting known concentration to the sensors andgenerating calibration coefficients from the responses obtained.The MS1200 works by passing water through a sample tank as shown below. The volatilecomponents in the water will pass into the headspace above the water where they will be trapped.This will continue until equilibrium is reached.A sample of the headspace gases are then passed across sensors in the MS1200 sensor head whichrespond to the Volatile Organic Compounds (VOCs) in the headspace. This response is then analysedby the instrument and a concentration value is generated based upon the relationship between theconcentration present in the headspace and that in the water.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 26 of 99
CALIBRATIONFor the detailed calibration technique see MS1200 Operation and Maintenance Manual. Thetechnique is to present standards of Toluene in water to the instrument. Calibration is then doneeither automatically by the instrument or can be done manually.Validation of systems in the field is achieved using the Multisensor Validation Kit which presents astandard concentration to the instrument.TYPICAL PERFORMANCE Typical response compared to GCMS measurement from a certified laboratory. Conc ug/l14012010080 Conc ug/l604020 0 13/09/2017 00:00 14/09/2017 00:00 15/09/2017 00:0012/09/2017 00:00 Short term event showing rapid rise and gradual fall of concentration.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 27 of 99
KEY PERFORMANCE PARAMETERS Parameter Operational Requirements Notes Minimum Maximum 50Hz or 60Hz Typical 10W during operationPower 90V AC 240V AC Higher temperature availablePower Consumption 15W Higher temperature available User selectable. High concentrations mayWater Supply 0.5 l/min 1.0 l/min limit the minimum time period allowedWater Pressure 4.0 bar Other materials and coatings availableWorking Temp: Ambient 0C 40CWorking Temp: Water 1C 40CSampling Period 10mins 120minsInstrument Case IP65, Coated Mild SteelSample Tank Material 316 Stainless Steel Parameter Performance Limits NotesDetection range Minimum Maximum Measured against Toluene standard. For calibration using other compounds contactRepeatability 1ppb 3000ppb Multisensor Systems 200ppb sample measured using standardDisplay range (Default) -2% +2% 1.5l solution (Water plus Toluene dissolvedAnalogue Output in DMSO) in glass 2.5l Winchester typeAnalogue Output Isolation 0ppb 1000ppb bottle using magnetic stirrer at 25CRelay Voltage Configurable on commissioningRelay Current 4mA 20mA Scalable to range required, max load 900RFlow Switch Continuous. Opto-isolated.Weight 400V 2x, Alarm 1 and Alarm 2 Relays with NO andDimensions NC contacts 50V Option available on request 5A Mounted on 2 separate PVC backboards Contacts closed if flow below set point 25kg 1170 x 490 x 300mmEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 28 of 99
MS2000 THM MonitorProduct DescriptionThe MS2000-SYS is a Total Trihalomethane(THM) Monitor System designed for potablewater applications. It provides on-line, real timemonitoring and alarm generation without theneed for additional chemical reagents andfrequent maintenance.The instrument takes a measurement every 20minutes from the headspace in the samplepresentation system which is provided. The non-invasive method of operation provides forreliable operation and reduced maintenance.The MS2000-SYS is accurate to low ppb concentrationsand its dynamic range covers the regulatory limits forTHM concentrations in drinking water.Applications Protection of the drinking water network Controlling THM reduction processes Regulatory compliance guidance Monitoring of swimming poolsBenefits Low maintenance costs High reliability No reagents Field proven technologyEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 29 of 98
The key performance parameters are shown below. Parameter Operational Requirements Notes Minimum Maximum 50Hz or 60Hz Typical 10W during operationPower 90V AC 240V AC 20 minute sampling periodPower Consumption 15W Higher temperature available Higher temperature availableWater Usage 0.5l/min 1 l/min User selectable. High concentrations may limit the minimum time period allowedWater Pressure 4.0 bar Other materials and coatings availableWorking Temp: Ambient 0C 40CWorking Temp: Water 1C 40CSampling Period 10mins 120minsInstrument Case IP65, Coated Mild SteelSample Tank Material 316 Stainless Steel Parameter Performance Limits NotesDetection range Minimum Maximum Measured against Chloroform standard. For calibration using other compounds contactAccuracy 5ppb 200ppb Multisensor Systems 200ppb sample measured using standardDisplay range (Default) -10% +10% 1.5l solution (Water plus ChloroformAnalogue Output dissolved in DMSO) in glass 2.5l WinchesterAnalogue Output Isolation 0ppb 200ppb type bottle using magnetic stirrer at 25CRelay Voltage Configurable on commissioningRelay Current 4mA 20mA Scalable to range required, max load 900RFlow Switch Continuous, Opto-isolatedDigital Outputs 400V 2x Relays with NO and NC contacts. Used forWeight alarm outputs.Dimensions 50V Option available on request 5A Mounted on 2 separate PVC backboards Contacts closed if flow below set point Profibus, Modbus 25kg 1170 x 490 x 300mmEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 30 of 98
Solid Waste Treatment Our Engineering division will provide our client with the most sophisticated solid waste treatment resources for clients requirement. Which includes: • Detailed Engineering Design (DED) • Fabrication of Equipment • Installation • Operation and Maintenance • Upgrade of Existing Equipment We provide the below products for solid waste treatment equipment: Ferrous and Non Ferrous Smelting Equipment Incinerator Crusher Shredder Oven Dryer Recovery Spent Bleaching Earth (SBE)Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 31 of 98
Solid Waste Treatment Ferrous and Non Ferrous Smelting Equipment Centra Rekayasa Enviro manufactures a full range Fuel Fired Melting furnaces for Ferrous and Non-Ferrous applications including Copper, Brass, Gunmetal, zinc etc. These furnaces are fired by Oil or Gas or Dual Fuel burners. Centra Rekayasa Enviro range of Oil/Gas fired melting furnaces include the following: ROTARY FURNACE- capacity rating 300 to 3000 kg batch Cast iron. They are ideal for making heat resisting and other alloyed cast iron castings. Can also be used for melting Brass / Gunmetal, Melting / Smelting of Lead and Aluminium scrap but capacity will vary due to change in density of metal. SEMI ROTARY FURNACE- capacity 50 kg to 1000 kg of Aluminium Dross. Ideal for recovery of aluminium from aluminium dross. CRUCIBLE TILTING FURNACE– capacity range is 100 to 1000 Kg Brass / Gunmetal and 30 to 300 kg Aluminium per batch. Due to burner flame not coming in contact with the metal in the crucible, high purity metal and its alloys are suitable for melting in this furnace. These furnaces have central axis manual tilting arrangement with gear mechanism for pouring metal into the ladle. A motorized tilting version with inching facility is also available. All our product is equipped with suitable Air Pollution Control (APC) which compliance with local regulation.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 32 of 98
Solid Waste Treatment Incinerator Incinerator is a device or machine to burn garbage or solid and liquid wastes that use combustion technology that is designed such that at a certain temperature so that the combustion residue was minimize. Use of the incinerator for burning domestic waste, medical waste, industrial waste, hazardous (B3) waste etc. The incinerator for domestic use normally used for burning waste from homes, hotels, residences, dormitory employee, etc., where the regular trash or garbage is organic waste and plastic waste. Incinerator or waste incinerators for medical use typically used for burning waste from hospitals, health centers, such as syringes, remnants of medicine, surgery waste, plastic infusion, bottles, etc. Industrial waste is usually derived from the industrial wastes that can be categorized as toxic and dangerous waste (B3) and incineration is the most appropriate solution to eradicate and treat B3 waste. Our Phoenix Incinerators have been certified and registered by the Ministry of Environment and Forestry of Indonesia (KLHK) as an environmentally-friendly (green) technology and has had a Sustainable ecolabel. Here's a link to learn more about registration of our products in KLHK: http://cr-enviro.com/flash- news-cr-enviro-receive-green-technology- registration-at-ministry-of-environment-and- forestry-for- incinerator-technology / All of our Incinerator product is fully equipped with suitable Air Pollution Control (APC) which compliance with local regulation.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 33 of 98
Solid Waste Treatment - Incinerator Capacity 100 kg/hourEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 34 of 98
Solid Waste Treatment - Incinerator Capacity 300 kg/hourEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 35 of 98
Solid Waste Treatment - Incinerator Capacity 500 kg/hourEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 36 of 98
Solid Waste Treatment - Incinerator Capacity 1000 kg/hourEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 37 of 98
GENERAL SPECIFICATION - PHOENIX INCINERATOR CREGENERAL SPECIFICATION Reciprocating Reciprocating Kap. 300 Reciprocating Kap. 500 Kap. 100 Kg / Kg / h Kg / hbrands HourType Phoenix Incinerator Phoenix IncineratorWaste type Phoenix Incinerator CRE-300 CRE-500 Domestic waste / Solid Domestic waste / SolidSpace Top Fuel CRE-100 Waste Medical / B3 Waste Medical / B3Second Grill spaceMachine Burner (Burner) Domestic waste / 6.7 M3 8 M3Blower Machine (Air Injector) Solid Waste 7.1 M3 8.5 M3Type of Fuel Medical / B3 5 Units 7 UnitFuel Consumption 2 Units 2 UnitsNeeds Voltage 2.6 M3 Solar / Gas Solar / Gas 1.9 M3 75 Liter / hour 95 Liter / hourElectricity Needs 220 V / 380 V / 50 Hz 220 V / 380 V / 50 HzGrill Room Temperature 2 Units 15 KW 20 KWTime Live Gas 2 Units Primary chamber Primary chamberCombustion efficiency Solar / Gas 800 C - 1000 C, 800 C - 1000 C,Destruction and Enforced Secondary Chamber Secondary Chamberefficiency (DRE) 30 Liter / hour 1000 C - 1200 C 1000 C - 1200 CTest Dioxin Furan (Std min: <0.1 220 V / 380 V / 50ng / Nm3) Hz > 2 seconds > 2 secondstemperature indicators 99.99% 99.99% 10 KW 99.9999% 99.9999%control Panel Primary chamberCapacity Fuel 800 C - 1000 C,Waste Feeder System Secondary ChamberTop Engineering Firm 1000 C - 1200 Crefractory materials > 2 secondsHeat Insulation Materials(Isolator) 99.99% 99.9999%specifications Chimney Pass Pass Passhigh Chimney(from the ground) digital digital thermocontrol digital thermocontrolMaking holes Emissions Testing thermocontrolDecision Support Facility PLC PLC PLCEmissions Test 500 Liter 1000 Liter 1000 Liter Ram Feeder Bucket Elevator & Ram Bucket Elevator & RamOverall dimensions Size Feeder FeederHeavy Machinery Overall Mild Steel Mild Steel Mild SteelType Air Pollution Control (APC) SK 34 and SK 36 SK 34 and SK 36 Brick SK 34 and SK 36 Brick Brick Fire and C - Fire and C - 15 Fire and C - 15 15 castable cement castable cement castable cement Insulation brick / Insulation brick / Ceramic Insulation brick / Ceramic Ceramic Fiber / Rockwool / Fiber / Rockwool / Fiber / Rockwool / Glasswool Glasswool Glasswool 1200 mm x 300 1200 mm x 300 mm, 1200 mm x 300 mm, mm, Stainless Steel Stainless Steel Stainless Steel 14 meters 30 meters 30 meters 8 DE / 2 DE 8 DE / 2 DE 8 DE / 2 DE Stairs and Platforms Stairs and platforms Stairs and that include safety that include safety Platforms that include safety 8.7 mx 10 m x7.8 m 20 mx 7 mx 9 m 9 mx 6 mx 2.5 m 12 tons 16 tons Water Scrubber and Water Scrubber and 5 ton Cyclone System Cyclone System Water Scrubber and Cyclone SystemEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 38 of 98
Solid Waste TreatmentRecovery Spent Bleaching Earth (SBE) Spent (remaining unused) bleaching earth is a bleaching process of solid waste in the refining of Crude Palm Oil (CPO). Total consumption of bleaching earth for bleaching CPO in Indonesia from year to year has increased along with the development of palm oil industry in Indonesia. There are 65 pieces of the edible cooking oil industry in Indonesia with a total annual production capacity of 9.9 million tonnes / year by 2006. Based on this, ifapproximately 40% of total production capacity of cooking oil using bleaching earth asabsorbent and dose of used bleaching earth is about 1% by weight of the CPO, it willproduce a spent bleaching earth waste as much as 39,600 tons / day or reached up to1.18 million tons / month.When referring to Government Regulation (PP) No. 101 of 2014 on the Management ofHazardous and Toxic Waste materials with waste code B-413 which stated that Spentbleaching earth (SBE) is including as hazardous waste (B3) category. Reasons to beconsidered in this regulation is because these materials contain residues of oil and acid.In this ordinance also stated that this waste can be used but must be done in accordancewith existing rules. The hazardous waste utilization effort is known as the 3R (Recycle,Reuse and Recovery). During this time there were some efforts to use conducted asreuse of spent bleaching earth as an adsorbent back on the process of bleaching CPOindustry, the recovery residue of CPO with porous metal filters will be added into the lowquality palm oil and its derivatives and the CPO recovery residue by solvent extractionand super critical fluid extraction will be converted into methyl ester, subsequent to theprocess of fractional distillation of solvent and oil can be separated, solvent will be reusedin the oil extraction process and is used as a biofuel feedstock. According to the study, thepercentage of oil residue CPO in the spent bleaching earth may reach 20-30% and subtlewithout special handling such as extraction. The rest of the remaining oil is what actuallystill potential if utilized.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 39 of 98
The following is the flow diagram of the SBE recovery process: This process consists of two main parts: the extraction of oil and the activation of the Bleaching Earth component. Extraction and activation process for the batch except for a distillation column operated in continuous mode. In the extraction, Spent Bleaching Earth is incorporated into the extraction solvent tank stirred at room temperature for 30 minutes. The ratio between the solvent and Spent Bleaching Earth is maintained at 4 milliliters of solvent for 1 gram of Spent Bleaching Earth. After 30 minutes of the extraction process, slurry is pumped into a filter press, the filtrate is collected in a holding tank and is pumped to a distillation column for the separation of solvent from oil. Oil from the distillation separation is sent to the oil storage tank and the solvent is recycled to the solvent tank. Hot air from the dryer to heat the slurry used in the distillation process. Bleaching Earth that has been dried and then transferred to storage tangka for subsequent activation process. At the activation of 10% wt sulfuric acid is used. Activation is done at the boiling point of the mixture (about 103 oC) in a jacketed reactor equipped with an agitator. The reactor is heated using a heat exchanger of the waste heat dryer. The ratio between water and Bleaching Earth (WCR) is maintained at a value of 5 milliliters of water to 1 gram Bleaching Earth remainder. After 20 minutes of reaction, the slurry is pumped through a filter press. The filtrate is then recycled to the tank residue acid solution. Cake disposed of filterpress then transferred to a rotary dryer where it is then dried using hot air. Contact us for more information about the fabrication of Spent Bleaching Earth Recovery tool.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 40 of 98
Gaseous Waste Treatment Vacuum Mercury Absorption Machine Mercury is still contained in an unimagined quantity of daily products such as fluorescent lamps, batteries, pesticides, and non-electronic measuring devices. All these products finally become wastes. Because mercury cannot be decomposed, it remains in the environment forever. Mercury waste should therefore be treated in an environmentally sound manner, following the Minamata Convention. All waste containing mercury is regulated as hazardous waste. There are many mercury-free alternative devices and compounds now available. Centra Rekayasa Enviro have successfully installed a vacuum mercury absorption machine at one of the largest Hazardous Waste Management company in East Java – Indonesia. This system is to optimize the mercury gas trap from spray trap into vacuum trap from used mercury lamp (TL type) waste management system. If your company is interested to fabricate Vacuum Mercury Absorption Machine for used mercury lamp waste management, please do not hesitate to contact us.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 41 of 98
Renewable Energy Waste to Energy – Municipal Solid Waste Incineration Independent Power Plant PT. Centra Rekayasa Enviro in joint cooperation with CNTY China is committed to develop the Waste To Energy (WTE) Project within Indonesia. What can we bring to you? Waste to Electricity All the garbage after treatment can generate electricity, add the local power supply. Save the land & Reduce the cost By waste incineration power generation, we can treat the waste by over 99.99%, save the land reduce the waste treating cost. Save energy and reduce emissions By treating the MSW, can protect the environment, save energy and reduce emissions. Add the local employment opportunity & drive the local GDP growth By building the WTE project in the local, can add more employment opportunity for the local labors, and drive the local GDP growth Deliver the advanced WTE technology to relative country.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 42 of 98
Project References:Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 43 of 98
Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 44 of 98
Renewable Energy Solar Panel Solar Panels that Power Savings Our solar panels not only generate energy on your roof, they can also generate cash in your pocket. That’s because when you go solar you can save on your monthly utility bill and secure lower fixed energy rates for years to come. The savings over time add up and allow you to plan for your future. See how quality, savings and affordability make going solar the right choice. Why Go Solar? Control Energy Costs: With solar you can secure predictable electricity costs for years to come. Save Money: In most states, solar costs less than energy from the utility, so you can save on your bill. Help the Environment: Solar creates 91% less CO2 pollution than natural gas and 96% less CO2 than coal. Energy Independence: Clean solar energy provides us with an unlimited, reliable source of energy.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 45 of 98
How Solar Works As the sun rises, your system begins producing power. When you’re consuming more power than your solar is producing, you may still draw power from the grid. We provide local and international solar panel system for all kind of your solar panel requirement.Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 46 of 98
Pipeline Integrity Pipe Repair Clamp Our products meet all of today’s international standards with regard to drinking water pipes, gas pipes and pipes for petrochemical fluids. This means that we deliver our products with EPDM, NBR and VITON rubber, as well as with various certificates (ACS, WRAS, BS, KTW). For our repair clamp we make use of high-quality stainless steel (AISI 304 (EN 1.4301)) / (AISI 316 (EN 1.4401)). Tapping clamps and flanges meet all international requirements (ANSI, DIN and EN). Product Catalogue: 1. Split Barrel Clamp: CRE_Pipe_Repair_Clamp_Split Barrel 2. Repair Clamp RS 2: CRE_RS-2 Pipe Repair Clamp 3. Repair Clamp RS 3: CRE_RS-3 Pipe Repair Clamp 4. High Temp Repair Clamp: CRE_HEAT High Temp Repair ClampEngineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 47 of 98
Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 48 of 98
Engineering Solutions for Our Environment, Industry and CommunityProduct Catalogue | PT. Centra Rekayasa Enviro | www.cr-enviro.com | updated: Q3-2018Page 49 of 98
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